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• W2795936251 abstract "The purpose of this study was to examine the effects of two pasture feeding systems—perennial ryegrass (GRS) and perennial ryegrass and white clover (CLV)—and an indoor total mixed ration (TMR) system on the (a) rumen microbiome; (b) rumen fluid and milk metabolome; and (c) to assess the potential to distinguish milk from different feeding systems by their respective metabolomes. Rumen fluid was collected from nine rumen cannulated cows under the different feeding systems in early, mid and late lactation, and raw milk samples were collected from ten non-cannulated cows in mid-lactation from each of the feeding systems. The microbiota present in rumen liquid and solid portions were analysed using 16S rRNA gene sequencing, while 1H-NMR untargeted metabolomic analysis was performed on rumen fluid and raw milk samples. The rumen microbiota composition was not found to be significantly altered by any feeding system in this study, likely as a result of a shortened adaptation period (two weeks’ exposure time). In contrast, feeding system had a significant effect on both the rumen and milk metabolome. Increased concentrations of volatile fatty acids including acetic acid, an important source of energy for the cow, were detected in the rumen of TMR and CLV-fed cows. Pasture feeding resulted in significantly higher concentrations of isoacids in the rumen. The ruminal fluids of both CLV and GRS-fed cows were found to have increased concentrations of p-cresol, a product of microbiome metabolism. CLV feeding resulted in increased rumen concentrations of formate, a substrate compound for methanogenesis. The TMR feeding resulted in significantly higher rumen choline content, which contributes to animal health and milk production, and succinate, a product of carbohydrate metabolism. Milk and rumen-fluids were shown to have varying levels of dimethyl sulfone in each feeding system, which was found to be an important compound for distinguishing between the diets. CLV feeding resulted in increased concentrations of milk urea. Milk from pasture-based feeding systems was shown to have significantly higher concentrations of hippuric acid, a potential biomarker of pasture-derived milk. This study has demonstrated that 1H-NMR metabolomics coupled with multivariate analysis is capable of distinguishing both rumen-fluid and milk derived from cows on different feeding systems, specifically between indoor TMR and pasture-based diets used in this study." @default.
• W2795936251 created "2018-04-13" @default.
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• W2795936251 date "2018-04-06" @default.
• W2795936251 modified "2023-10-09" @default.
• W2795936251 title "Pasture Feeding Changes the Bovine Rumen and Milk Metabolome" @default.
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• W2795936251 cites W1784581498 @default.
• W2795936251 cites W1824882275 @default.
• W2795936251 cites W1865271396 @default.
• W2795936251 cites W1889556714 @default.
• W2795936251 cites W1937505092 @default.
• W2795936251 cites W1965539328 @default.
• W2795936251 cites W1969182832 @default.
• W2795936251 cites W1971345474 @default.
• W2795936251 cites W1977703300 @default.
• W2795936251 cites W1993856596 @default.
• W2795936251 cites W2001307702 @default.
• W2795936251 cites W2003384436 @default.
• W2795936251 cites W2008876796 @default.
• W2795936251 cites W2009406788 @default.
• W2795936251 cites W2022915538 @default.
• W2795936251 cites W2029165436 @default.
• W2795936251 cites W2030829448 @default.
• W2795936251 cites W2035591328 @default.
• W2795936251 cites W2037553608 @default.
• W2795936251 cites W2042473229 @default.
• W2795936251 cites W2047864395 @default.
• W2795936251 cites W2048053724 @default.
• W2795936251 cites W2049101442 @default.
• W2795936251 cites W2052165228 @default.
• W2795936251 cites W2054932726 @default.
• W2795936251 cites W2060145218 @default.
• W2795936251 cites W2061775701 @default.
• W2795936251 cites W2062267845 @default.
• W2795936251 cites W2062279382 @default.
• W2795936251 cites W2066517796 @default.
• W2795936251 cites W2081113759 @default.
• W2795936251 cites W2087584239 @default.
• W2795936251 cites W2088576491 @default.
• W2795936251 cites W2095426953 @default.
• W2795936251 cites W2095798808 @default.
• W2795936251 cites W2096914198 @default.
• W2795936251 cites W2102732506 @default.
• W2795936251 cites W2103593024 @default.
• W2795936251 cites W2108439743 @default.
• W2795936251 cites W2108718991 @default.
• W2795936251 cites W2110978450 @default.
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• W2795936251 cites W2123305406 @default.
• W2795936251 cites W2124836910 @default.
• W2795936251 cites W2132931414 @default.
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• W2795936251 cites W2148298225 @default.
• W2795936251 cites W2148905947 @default.
• W2795936251 cites W2152885278 @default.
• W2795936251 cites W2153809896 @default.
• W2795936251 cites W2154499796 @default.
• W2795936251 cites W2162667876 @default.
• W2795936251 cites W2164748414 @default.
• W2795936251 cites W2167379242 @default.
• W2795936251 cites W2299969293 @default.
• W2795936251 cites W2316351502 @default.
• W2795936251 cites W2346380061 @default.
• W2795936251 cites W2425274534 @default.
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• W2795936251 doi "https://doi.org/10.3390/metabo8020027" @default.
• W2795936251 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/6027121" @default.
• W2795936251 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/29642378" @default.
• W2795936251 hasPublicationYear "2018" @default.
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